Investigations on the plant uptake of fission products from contaminated soils. I. Influence of plant species and soil types on the uptake of radioactive strontium and caesium

Arna Jacob Andersen

    Research output: Book/ReportReport

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    Abstract

    Results of pot experiments on the uptake of radioactive Sr and Cs by different plant species are presented, and comparisons are made between the uptake figures registered on some representative Danish soils. The uptake of radioactive Sr varied considerably between plant species and could be evaluated from their Ca uptake. The Sr-89/Ca ratio varied between different parts of the same plant, being relatively high in the roots of root crops and low in seeds and fruits. The Sr-89 uptake from different soil types decreased with increasing content of exchangeable C a in the soils. The Ce-137 uptake varied between plant species and could be reduced by potassium fertilization. The uptake from different soil types generally decreased with increasing clay content, but also the content of organic matter influenced the plant availability of Cs-137.
    Original languageEnglish
    Place of PublicationRoskilde, Denmark
    PublisherRisø National Laboratory
    Number of pages32
    Publication statusPublished - 1967
    SeriesDenmark. Forskningscenter Risoe. Risoe-R
    Number170
    ISSN0106-2840

    Keywords

    • Risø-R-170
    • Risø-170
    • Risø report 170

    Cite this

    Andersen, A. J. (1967). Investigations on the plant uptake of fission products from contaminated soils. I. Influence of plant species and soil types on the uptake of radioactive strontium and caesium. Roskilde, Denmark: Risø National Laboratory. Denmark. Forskningscenter Risoe. Risoe-R, No. 170
    Andersen, Arna Jacob. / Investigations on the plant uptake of fission products from contaminated soils. I. Influence of plant species and soil types on the uptake of radioactive strontium and caesium. Roskilde, Denmark : Risø National Laboratory, 1967. 32 p. (Denmark. Forskningscenter Risoe. Risoe-R; No. 170).
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    abstract = "Results of pot experiments on the uptake of radioactive Sr and Cs by different plant species are presented, and comparisons are made between the uptake figures registered on some representative Danish soils. The uptake of radioactive Sr varied considerably between plant species and could be evaluated from their Ca uptake. The Sr-89/Ca ratio varied between different parts of the same plant, being relatively high in the roots of root crops and low in seeds and fruits. The Sr-89 uptake from different soil types decreased with increasing content of exchangeable C a in the soils. The Ce-137 uptake varied between plant species and could be reduced by potassium fertilization. The uptake from different soil types generally decreased with increasing clay content, but also the content of organic matter influenced the plant availability of Cs-137.",
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    author = "Andersen, {Arna Jacob}",
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    Andersen, AJ 1967, Investigations on the plant uptake of fission products from contaminated soils. I. Influence of plant species and soil types on the uptake of radioactive strontium and caesium. Denmark. Forskningscenter Risoe. Risoe-R, no. 170, Risø National Laboratory, Roskilde, Denmark.

    Investigations on the plant uptake of fission products from contaminated soils. I. Influence of plant species and soil types on the uptake of radioactive strontium and caesium. / Andersen, Arna Jacob.

    Roskilde, Denmark : Risø National Laboratory, 1967. 32 p. (Denmark. Forskningscenter Risoe. Risoe-R; No. 170).

    Research output: Book/ReportReport

    TY - RPRT

    T1 - Investigations on the plant uptake of fission products from contaminated soils. I. Influence of plant species and soil types on the uptake of radioactive strontium and caesium

    AU - Andersen, Arna Jacob

    PY - 1967

    Y1 - 1967

    N2 - Results of pot experiments on the uptake of radioactive Sr and Cs by different plant species are presented, and comparisons are made between the uptake figures registered on some representative Danish soils. The uptake of radioactive Sr varied considerably between plant species and could be evaluated from their Ca uptake. The Sr-89/Ca ratio varied between different parts of the same plant, being relatively high in the roots of root crops and low in seeds and fruits. The Sr-89 uptake from different soil types decreased with increasing content of exchangeable C a in the soils. The Ce-137 uptake varied between plant species and could be reduced by potassium fertilization. The uptake from different soil types generally decreased with increasing clay content, but also the content of organic matter influenced the plant availability of Cs-137.

    AB - Results of pot experiments on the uptake of radioactive Sr and Cs by different plant species are presented, and comparisons are made between the uptake figures registered on some representative Danish soils. The uptake of radioactive Sr varied considerably between plant species and could be evaluated from their Ca uptake. The Sr-89/Ca ratio varied between different parts of the same plant, being relatively high in the roots of root crops and low in seeds and fruits. The Sr-89 uptake from different soil types decreased with increasing content of exchangeable C a in the soils. The Ce-137 uptake varied between plant species and could be reduced by potassium fertilization. The uptake from different soil types generally decreased with increasing clay content, but also the content of organic matter influenced the plant availability of Cs-137.

    KW - Risø-R-170

    KW - Risø-170

    KW - Risø report 170

    M3 - Report

    BT - Investigations on the plant uptake of fission products from contaminated soils. I. Influence of plant species and soil types on the uptake of radioactive strontium and caesium

    PB - Risø National Laboratory

    CY - Roskilde, Denmark

    ER -

    Andersen AJ. Investigations on the plant uptake of fission products from contaminated soils. I. Influence of plant species and soil types on the uptake of radioactive strontium and caesium. Roskilde, Denmark: Risø National Laboratory, 1967. 32 p. (Denmark. Forskningscenter Risoe. Risoe-R; No. 170).